History: quotes, facts and reflections - Page 25

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Cards are connected by subject and by mood. Move through the complete sequence below, or cross into a neighbouring part of the archive.

102Drive

79Stillness

563Wonder

Q1928

WonderLanguage

Developed in Liberia in the early 1830s, chiefly by Mọmọlu Duwalu Bukẹlẹ, the Vai syllabary organises signs around spoken syllables instead of importing a European alphabet unchanged.

Each Vai sign represents a syllable rather than a single consonant or vowel, giving the page a logic shaped by the language it records. The script spread through teaching, correspondence and record-keeping in Vai communities across Liberia and Sierra Leone, and its forms were repeatedly standardised as use expanded. Digital encoding added another medium without making the script newly legitimate. Vai literacy had already demonstrated that writing can be invented, taught and sustained outside colonial models.

Vai syllabaryRead card

Q1932

WonderLanguage

Across South and Southeast Asia, scribes prepared palm leaves as pages, writing or incising texts before stringing the narrow folios between protective boards.

Palm-leaf manuscripts carried literature, ritual, law, astronomy and medicine in many languages and scripts across a vast region. Their long, narrow format reflects the material itself; holes and cord kept separate leaves in sequence, while boards guarded the bundle. Heat, insects and humidity made periodic recopying part of preservation, so survival depended on active readership rather than passive storage. Today's digitisation protects access, but the page still bears the shape of a plant and the labour of a hand.

Palm-leaf manuscriptRead card

Q1941

WonderFood

Garum and related Roman sauces were made by salting fish and allowing enzymes and microbes to break the flesh into a savoury liquid traded throughout the empire.

Garum was not one standard recipe but a family of fish sauces and pastes sold in different grades, from everyday seasoning to branded luxury. Salt controlled the fermentation while enzymes in the fish liquefied tissue, concentrating savoury compounds long before anyone named umami. Jars from Pompeii carry painted labels identifying contents and makers; the producer Aulus Umbricius Scaurus even displayed sauce containers in a floor mosaic. The condiment reveals an ancient market already fluent in processing, reputation and packaging.

GarumRead card

Q1945

DriveFood

Indigenous makers pounded dried bison meat and mixed it with rendered fat, sometimes adding berries, to produce energy-dense pemmican that kept well on long journeys.

Removing water from lean meat slowed spoilage; enclosing the powder in warm fat added energy and protection, creating provisions suited to winter, travel and uncertain supply. Plains peoples developed this food long before commercial fur companies depended on it. Métis producers later organised large bison hunts and supplied brigades moving through the interior, making pemmican part of a colonial economy with immense appetite. Its efficiency should be admired alongside the harder history of extraction that grew around it.

PemmicanRead card

Q1961

WonderHistory

Marshallese stick charts encoded how ocean swells bend around islands, using curved ribs for wave patterns and cowrie shells or selected intersections for islands.

Marshallese navigators built charts from coconut ribs, fibre and shells, but their subject was not fixed territory. The curves modelled long ocean swells, currents and the disturbances made by islands. Often studied ashore and committed to memory rather than carried at sea, each chart trained a body to feel a moving landscape beneath the canoe.

Marshall Islands stick chartRead card

Q1962

WonderHistory

Al-Idrisi completed the Tabula Rogeriana for Roger II in 1154 after years of comparing written geography with reports gathered from travellers.

At the Norman court in Sicily, al-Idrisi worked across languages, trade routes and rival geographic traditions. The resulting book paired regional maps with descriptions of roads, ports, distances and economies; like much Islamic cartography of its era, its world map placed south at the top. Orientation was a convention, while verification was the ambition.

Tabula RogerianaRead card

Q1963

WonderArt

The Catalan Atlas of 1375 joined nautical charts to cosmology, rulers, caravans and travel lore across six richly illuminated parchment leaves.

Usually attributed to the Majorcan Jewish cartographer Abraham Cresques and his workshop, the atlas moves from calendar and cosmology into a mapped world. Accurate Mediterranean coastlines share parchment with Mansa Musa, Silk Road caravans and creatures drawn from travellers' reports. It borrows the coastal precision of portolan charts while functioning as an illuminated courtly portrait of what lay beyond sight.

Catalan AtlasRead card

Q1964

WonderHistory

The Kangnido combined Chinese, Korean and Islamicate geographic knowledge into one of East Asia's earliest surviving maps to depict Africa and Europe.

Made in early Joseon Korea, the Kangnido enlarged East Asia while compressing lands farther west—a map of relevance as much as scale. Yet its Africa, Arabia and Europe reveal information travelling through Mongol-era connections and Chinese access to Islamic cartography. Long before satellites, a world picture could be collaborative across centuries and continents.

KangnidoRead card

Q1965

WonderHistory

The Tabula Peutingeriana compresses the Roman road network into a long strip, sacrificing geographic shape so routes, stations and distances remain legible.

The surviving parchment is a medieval copy of an ancient model, now arranged in eleven sections. Seas become narrow seams and whole regions elongate, because the map's true subject is movement through the cursus publicus: roads, staging points and towns. Read from end to end, the strip behaves less like a portrait of land than an itinerary: the order of stops matters more than their shape.

Peutinger MapRead card

Q1966

WonderScience

Between 1816 and 1855, the Struve Geodetic Arc linked survey stations across 2,820 kilometres to measure a long meridian segment and refine Earth's dimensions.

Friedrich Georg Wilhelm Struve's triangulation chain ran from the Black Sea towards the Arctic Ocean, across territory now divided among ten countries. Observers climbed hills and towers to sight distant points, extending one carefully measured baseline through hundreds of triangles. The planet's curve emerged from patience, geometry and a continental relay of clear views.

Struve Geodetic ArcRead card

Q1970

WonderScience

The Great Trigonometrical Survey used baselines and triangulation across India, producing geodetic measurements that identified Peak XV as the world's highest known summit.

Beginning in 1802, survey teams carried precision instruments through heat, monsoon and mountain terrain. Peak XV was observed from distant stations on the northern plains, then its height was corrected for Earth's curvature, atmospheric refraction and the instruments themselves. The calculations identified the highest known summit without an ascent. The same survey also served the East India Company's colonial administration, turning terrain into both knowledge and control.

Great Trigonometrical SurveyRead card

Q1976

WonderScience

Chien-Shiung Wu's cobalt-60 experiment showed that weak nuclear interactions violate parity: nature can distinguish a process from its mirror image.

Wu's team aligned radioactive cobalt nuclei at extremely low temperature and counted the electrons emitted during beta decay. They emerged preferentially opposite the nuclear spin, not symmetrically as parity conservation required. The 1957 result confirmed a radical proposal by Tsung-Dao Lee and Chen-Ning Yang. That year's Nobel Prize recognised their theoretical breakthrough but did not include Wu or her experimental collaborators.

Chien-Shiung WuRead card

Q1978

DriveScience

Excluded from formal study, Sophie Germain used the name Monsieur LeBlanc to exchange mathematics with leading scholars and later won the Paris Academy's elasticity prize.

Germain obtained lecture notes from the École Polytechnique although women could not enrol, submitting work under a former male student's name. Lagrange sought out the anonymous talent and became an ally. Her number theory advanced a major case of Fermat's Last Theorem; her work on vibrating plates survived repeated rejection to win the Academy's 1816 prize.

Sophie GermainRead card

Q1987

DriveBiography

Mary Jackson petitioned the City of Hampton to attend graduate courses held at a segregated white school, then became NASA's first Black woman engineer in 1958.

Jackson entered Langley's segregated West Area Computing unit in 1951, then moved into experiments in a supersonic pressure tunnel. Her training route required after-hours mathematics and physics classes in a school she was legally barred from attending without special approval. She went on to publish research on airflow and boundary layers at supersonic speeds. Later, she accepted a lower grade to manage equal-opportunity programmes, trading personal rank for the power to widen other people's routes upward.

Mary JacksonRead card

Q1992

WonderBiography

Maryam Mirzakhani won the 2014 Fields Medal for breakthroughs in the dynamics and geometry of Riemann surfaces and their moduli spaces, becoming its first woman recipient.

A Riemann surface can be imagined as a flexible curved world, while its moduli space records the many forms such a world can take. Mirzakhani connected geometry, topology, probability and dynamical systems to count paths and reveal order in those spaces. She was known for working across large sheets of paper, drawing and revising until the problem became a landscape. The medal marked a historic first; the mathematics changed what others could see.

Maryam MirzakhaniRead card

Q1994

WonderBiography

Karen Uhlenbeck developed foundational methods in modern geometric analysis and gauge theory—work that made her the first woman to receive the Abel Prize in 2019.

Geometric equations can behave beautifully until energy concentrates and a sequence of smooth objects develops a singular point. Uhlenbeck's compactness and regularity ideas showed how to control that failure, preserving structure away from the places where a bubble forms. Those tools crossed between partial differential equations, geometry and mathematical physics. Her work did not remove every singularity; it made the moment of breakdown precise enough to become knowledge.

Karen UhlenbeckRead card

Q1995

DriveBiography

Fe del Mundo founded the Philippines' first pediatric hospital in 1957 and built programmes that carried child healthcare, training and disease prevention beyond its walls.

Del Mundo returned from postgraduate training in the United States as war reached the Philippines and cared for sick children in an internment camp. Frustrated by the limits of public institutions, she sold property to open the Children's Memorial Hospital in Quezon City, then linked specialist care with rural health workers and rehydration teams. She researched infectious disease, trained generations of clinicians and wrote a foundational Philippine pediatrics text. Her hospital was a building; her real design was a network of care.

Fe del MundoRead card

Q1996

DriveBiography

Jane C. Wright compared patients' responses with tests on their cultured tumour tissue, helping turn chemotherapy from a last gamble into a systematic field of cancer medicine.

At Harlem Hospital's Cancer Research Foundation, Wright and her father Louis grew samples of human tumours and exposed them to candidate drugs, then compared the laboratory response with what happened in the patient. She went on to investigate drug combinations, build a cross-referenced record of cancers and treatments, and develop catheter techniques for delivering potent agents to deep tumours. In a discipline still proving that medicines could treat cancer at all, she made response something to observe, compare and learn from.

Jane C. WrightRead card

Q1999

WonderBiography

Annie Jump Cannon classified more than 350,000 stellar spectra and refined the O-B-A-F-G-K-M sequence that became the enduring framework of spectral classification.

At Harvard College Observatory, women hired as 'computers' read glass plates while men commonly received the titles and telescopes. Cannon pared a tangled set of spectral classes into a clear sequence based on recurring features in starlight; later work showed that her order also runs from hotter stars toward cooler ones. Her speed was legendary, but the achievement was not mere sorting. By making hundreds of thousands of observations comparable, she turned an archive into an instrument for asking how stars differ and evolve.

Annie Jump CannonRead card

Q2001

WonderScience

In a cloud chamber, ions left by a charged particle seed droplets in supersaturated vapour, turning an invisible passage into a bright, photographable track.

Charles Wilson began by studying how clouds form. Rapid expansion cooled moist air in his chamber until its vapour was ready to condense; a charged particle supplied a thread of ions on which droplets gathered. Magnetic fields bent the particles' paths; the resulting curved tracks let physicists infer charge and momentum from geometry. Cloud-chamber photographs helped reveal cosmic-ray events and the positron. The instrument did not photograph the particle itself. It photographed the atmosphere's exquisitely brief reply.

Cloud chamberRead card

Q2006

WonderArt

Late nineteenth-century chronophotography recorded successive phases of movement in image sequences or on one plate, making animal and human locomotion available for measurement.

Eadweard Muybridge used rows of cameras to separate a horse's stride into instants; Étienne-Jules Marey developed methods that layered regular exposures from one viewpoint, turning motion into trace and interval. The images corrected assumptions hidden in paintings, opened new study of bodies and supplied early cinema with part of its visual grammar. Before film made pictures move, photography made movement pause long enough to think.

ChronophotographyRead card